Issue
94: 3rd quarter 2013

Product Overview
Buy this Report now Buy this Issue now Subscribe Download brochure (PDF) Download price list (PDF)
Price list download
Please choose your preferred currency:
|
Request sample issue
View list of reports in other issues
Multi Report Package |
We also offer a flexible subscription product,
the Multi Report Package,
which allows you to select your own choice of reports from our full range,
to suit your own budget. Click here for full details.
|
|
 |
Developments in medical textiles, 3rd quarter 2013 |

35 pages,
published in Issue 94, 3rd quarter 2013
Report price:
Euro 600.00;
US$ 785.00
|
Textiles and fibres have long played a vital role in the medical and healthcare sector. In recent years, however, the role played by fibre-based materials has advanced dramatically. For example, silicon fibres are now used to produce textiles for use in the manufacture of biodegradable implantable devices, and nonwoven textiles are being used to manufacture implants for use in tissue engineering. Textile-based stents are helping to support and keep veins and arteries open, and many of these devices are complex structures which require the use of sophisticated manufacturing technologies. Also, fibres are being used to reinforce medical balloons which assist surgeons in the repair of spinal injuries and collapsed arteries. Furthermore, devices made from textile fibres can be implanted to release therapeutic drugs at controlled rates and over controlled lengths of time. The report contains insight and analysis of a wide range of developments from companies, developers and other organisations involved in the sector, including: Abdul Barr and Al-Fakhouri Hani; Bard Peripheral Vascular; BASF; Bio Med Sciences (BMS); Centre de Coopération Technique et Pédagogique (CECOTEPE); Dale R Peterson; Deutschen Institute für Textil- und Faserforschung (DITF-German Institutes for Textile and Fibre Research); Ethicon; Med Institute; Quick-Med Technologies; Precision Fabrics; PSI Medica; Ronald Rakos and Krzysztof Sowinski; Tepha; Textronics; University of Delaware; and Zeus Industrial Products.
|
 |